analiza aiqbench
The article argues that AI tools give different answers for the same metric because each one writes its own SQL, so a shared definition alone doesn't ensure consistent results. Its supporting evidence, including the BIRD-Interact join example and the 72% to 137% accuracy gains, comes from AtScale, which sells the semantic-layer approach, so the figures are vendor-reported. For teams deploying text-to-SQL or BI agents, the practical question is where metric computation happens, not just how it's documented.
You Defined Your Metric Once. So Why Don’t Your AI Tools Agree?

Why don’t AI tools agree on the same number? AI tools don’t agree because each one guesses which data your definition points to. Ask for retention, and the model scans the schema for tables and […] The post You Defined Your Metric Once. So Why Don’t Your AI Tools Agree? appeared first on AtScale.
Executive summary AI tools don’t agree because each one writes its own query, and the query is where a metric gets computed. A shared definition tells a tool what retention means, but the tool still decides which tables to join and which rows to count. In the mental_health database from BIRD-Interact, a public text-to-SQL benchmark, one join put 42 of 157 doctors’ rates wrong. It’s critical to compute each metric once, in a universal semantic layer so that people can use whichever AI tool they like and still get the same number. Compute each defined metric once, in a universal semantic layer (with the AI Computation Engine, ACE), and any AI tool your team picks returns the same number. Every model on the BIRD-Interact benchmark scored 72% to 137% higher on 410 business questions (best of three runs) with AtScale. Not every tool can read your definition, so a BI tool and an agent may each rebuild it their own way. Writing…
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